Bauscher Elements Black Walled Plates 220mm (Pack of 6)
Product Description
The Bauscher Elements Black walled plate is a stoneware piece finished in a semi-matte black glaze with a handcrafted aesthetic. The raised wall gives chefs a defined boundary for composed...
Specifications
- Box quantity
- 6
- Dimensions
- 220(Ø)mm | 8⅔(Ø)"
- Material
- Stoneware
Downloads
Product Description
The Bauscher Elements Black walled plate is a stoneware piece finished in a semi-matte black glaze with a handcrafted aesthetic. The raised wall gives chefs a defined boundary for composed dishes, sauces, and anything that benefits from a little containment on the plate. At 220mm, it sits comfortably as a starter or dessert plate in most cover formats, or as a sharing plate for smaller portions in casual dining settings.
In a busy service environment, the stoneware construction handles the demands of a working pass reasonably well. The material retains heat adequately for plated starters and cold courses, and the dark finish is particularly effective at making vibrant, colourful ingredients stand out — a consideration that matters when presentation is central to the offer. The walled profile also gives kitchen staff a consistent surface to plate against, which helps when replicating dishes at pace during service.
Practically, these plates are suited to kitchens running a modern or plant-forward menu where visual contrast and clean presentation carry weight. Key operational points worth noting:
- Stoneware construction suitable for oven, dishwasher, and microwave use
- Semi-matte black finish provides strong visual contrast for colourful dishes
- Walled profile helps contain sauces and dressed components during plating
- Handcrafted appearance adds character to contemporary table settings
- Supplied in a pack of six, practical for building up cover numbers incrementally
As with all stoneware, it is worth noting that the material is more susceptible to chipping than vitrified porcelain under heavy-volume use. For high-turnover operations putting tableware through industrial dishwashers many times a day, that is worth factoring into your selection decision.
If you are building out a tableware range for a new concept or want to discuss whether this collection suits your menu style and service volume, the team is happy to talk it through.
Key Features
- 220mm stoneware walled plate with handcrafted surface texture
- Semi-matte black glaze provides strong contrast against colourful ingredients
- Raised wall profile contains sauces and plated components during service
- Compatible with oven, dishwasher, and microwave use in commercial settings
- Supplied as a pack of six for incremental cover number building
Operational Benefits
- Dark finish makes vibrant, plant-based dishes visually striking on the pass
- Walled profile supports consistent, contained plating at pace during service
- Stoneware heat retention keeps plated starters at temperature longer
- Dishwasher-safe construction reduces handling time between sittings
- Pack format allows gradual tableware build-up without large upfront investment
Specifications
- Box quantity
- 6
- Dimensions
- 220(Ø)mm | 8⅔(Ø)"
- Material
- Stoneware
Downloads
Frequently Asked Questions
- They perform well in moderate-volume settings, but stoneware is generally more prone to chipping than vitrified porcelain under heavy daily dishwasher cycles. For high-turnover operations running multiple sittings a day, it is worth considering whether a harder-wearing material would give a better long-term return.
- The semi-matte black finish works particularly well with modern, plant-forward, or colourful dishes where visual contrast is part of the presentation. It is a popular choice for contemporary casual dining, tasting menus, and concepts where the tableware forms part of the overall aesthetic.
- Yes, the stoneware construction is oven-safe, which gives kitchen teams some flexibility for dishes finished or held in the oven before plating. As with any ceramic, avoid sudden extreme temperature changes to reduce the risk of thermal shock over time.